Cutler Hammer Auxiliary Contact Overload Relay C300KA1-C300KA2

Cutler-Hammer Auxiliary Contact Overload Relay C300KA1-C300KA2

The Cutler-Hammer Auxiliary Contact Kits, models C300KA1 and C300KA2, are designed to enhance the functionality of overload relays by providing additional contact configurations. These auxiliary contacts are essential components in motor control circuits, allowing for expanded control and signaling capabilities.

Product Features

• C300KA1: This kit includes one Normally Open (N.O.) contact, facilitating the integration of additional control functions into your system. ([maraindustrial.com](https://maraindustrial.com/cart/electrical/contactors/cutler-hammer-c300ka1-eaton-contact-kit-new-no-box.html?utm_source=openai))
• C300KA2: This kit comprises one Normally Closed (N.C.) contact, enabling the implementation of fail-safe operations and status signaling. ([witmermotorservice.com](https://www.witmermotorservice.com/c300ka2-cutler-hammer-auxiliary-contact-kit-1nc/item/c300ka2?utm_source=openai))

Compatibility

Both auxiliary contact kits are compatible with Cutler-Hammer overload relays, specifically designed for NEMA sizes 00, 0, and 1. This compatibility ensures seamless integration and reliable performance within existing motor control setups. ([witmermotorservice.com](https://www.witmermotorservice.com/c300ka2-cutler-hammer-auxiliary-contact-kit-1nc/item/c300ka2?utm_source=openai))

Applications

These auxiliary contact kits are ideal for various industrial applications, including:

• Enhancing motor protection schemes
• Implementing interlocking functions
• Providing status indication and signaling
• Facilitating complex control logic in automation systems

Installation and Usage

The C300KA1 and C300KA2 auxiliary contact kits are designed for straightforward installation onto compatible Cutler-Hammer overload relays. Their robust construction ensures durability and reliable operation in demanding industrial environments.

By incorporating these auxiliary contacts into your motor control circuits, you can achieve enhanced control flexibility and improved system monitoring, contributing to overall operational efficiency and safety.